Industrial monitoring network data collection node

Abstract

The invention relates to an industrial monitoring network data collection node, which is based on a real-time multiprocessor system platform, and utilizes general plug and play network middleware to provide self-adaptive real-time data collection service for an industrial monitoring network center. The data collection node comprises a data collection end, a display control end and a data storage end, wherein the collection end is used for collecting a physical signal of a target device by utilizing a multichannel sensor, and preprocessing and conveying the physical signal to the display control end; the display control end is used for receiving a data packet uploaded by the collection end, splitting, analyzing and displaying the data packet, and transmitting the data packet to the data storage end according to user requirement; the data storage end is a real-time data buffer for the industrial monitoring network center; and the data collection end, the display control end and the data storage end complete data communication and control information response through the general plug and play network middleware. According to the industrial monitoring network data collection node, a physical topology is simplified, a network configuration task is simple and convenient, the updating and the maintaining are convenient, the construction cost is lower, and the intelligentization is favorable.

Description

technical field [0001] The invention relates to the field of industrial network monitoring, in particular to an industrial monitoring network data collection node. Background technique [0002] Industrial monitoring and control is a necessary prerequisite to ensure the safety of normal industrial production. With the continuous advancement of science and technology, the scale of modern industrial production continues to expand and extend. At present, for many large-scale industrial enterprises, due to their large production control scope, there are high degree of geographical dispersion of production, complex division of production business, various types and quantities of production equipment, high value of industrial chain design elements, and degree of production environment differences. larger features. In response to the above situation, under certain special conditions, enterprises need to monitor the status of various processing equipment and process equipment in re...

AI Technical Summary

Problems solved by technology

[0004] In order to overcome the shortcomings of traditional industrial monitoring network data acquisition nodes, such as complex physical topology structure, cumbersome network configuration tasks, difficult update and maintenance, and high con

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